Mass A (4kg) is placed on top of mass B (12kg) that is pulled along a frictionless table with force 25.6N. Mass A stays

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Mass A (4kg) is placed on top of mass B (12kg) that is pulled along a frictionless table with force 25.6N. Mass A stays

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Mass A 4kg Is Placed On Top Of Mass B 12kg That Is Pulled Along A Frictionless Table With Force 25 6n Mass A Stays 1
Mass A 4kg Is Placed On Top Of Mass B 12kg That Is Pulled Along A Frictionless Table With Force 25 6n Mass A Stays 1 (103.71 KiB) Viewed 36 times
Mass A (4kg) is placed on top of mass B (12kg) that is pulled along a frictionless table with force 25.6N. Mass A stays on top of mass B without sliding off (i.e. there is friction between the blocks). a. Draw a separate FBD for each of the masses. Then draw a FBD for the whole system. b. What is the acceleration of the blocks? c. What is the minimum coefficient of static friction to keep mass A from sliding off? d. Suppose the coefficient of kinetic friction between the blocks is half that of the static friction you calculated in part c. Given the same tension Ft acting on block B as before, what would be acceleration of block A if it was slipping?
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